弹着方位偏差的测量与校正是提高舰炮武器系统作战效能的重要手段，其测量精度取决于光电偏差测量设备的内参数，因此如何准确地获取光电测量设备的内参数对于提高舰炮武器系统的作战效能至关重要。论文利用高精度经纬仪对校准靶标进行数据测量，对获得的高精度测偏校准数据进行一系列的误差分析和处理，最后利用处理后得到的标准校准数据对实际光电设备的相关内参数进行了实际校准。仿真验证结果表明论文给出的方法简单、精度高，是一种非常实用的方法，对光电设备角度偏差测量具有很好的参考价值。%Measurement and calibration impact bearing deviation is important means to improve the naval gun weapon system operational effectiveness ,while its measuring accuracy depends on parameters of photoelectronic deflection measure‐ment equipment .So how to accurately obtain the parameters of photoelectric measuring equipment in improving the opera‐tional effectiveness of naval gun weapon system is very critical .This paper uses high‐precision theodolite to take actual meas‐urements for calibration targets ,analyzes and deals with the calibration data of a series of high precision measurement error obtained .Finally the standard calibration data obtained after the processing is used to carry out the calibration of the the rele‐vant parameters within actual photoelectric equipment .Simulation results show that the proposed method is very practical means for the simple and high‐precision features ,demonstrating its wally reference value in angular deviation measurement of photoelectric equipment .
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